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<br />. <br /> <br />~ <br /> <br />. '. '" <br /> <br />:o.:t, <br /> <br />';'. . <br /> <br />.;..... <br /> <br />....... -".. .-.."-" <br /> <br />. '; <br /> <br />"',. <br /> <br />, <br /> <br />" <br /> <br />- ," <br /> <br />...-\ <br /> <br />Colorado River Simulation <br />System-General <br /> <br />The CRSS breaks the basin down into various <br />rcad1es or subbasiDs.These reacheS are then fur- <br />ther broken down into sc:quence points at which <br />inflows. tf....."nds on water (divenious). and <br />reservoirs are Ioc:ated. The configuration of the <br />Colorado River Basin as presently modeled con- <br />sists of 24 reaches.' Each reach rcprcseI1ts a <br />specific: geographic area. Up to 10 inflows and <br />10 different demands can be identified within <br />each reach. Each demand or inflow is assigned <br /> <br />. <br /> <br />., <br /> <br />" <br />, <br /> <br />'. <br /> <br />,., "0-. <br /> <br />to a partil:uJar sequence point or location within <br />a re:u:h. Currently, there may be only one reser. " <br />, voir per reach. Reservoirs consume one of the 10 <br />inflow sequence points; thus, in reaches where a <br />reservoir is Ioc:ated. 9 sequence points would be <br />available 'for inflows. The bloclt diagram in <br />figure 2 iIlustra1es the basin configuration as <br />prcscntly modeled. . Each block represents a <br />reach. Reach w.....rification is a numerical <br />designation as wen as an alphanumeric title. A <br />. typical reach schematic is illustrated by figure 3. <br />The basin configuration and reach. description <br />data arc input to the CRSM, thus providing <br />flexibility. <br /> <br />, <br /> <br />4 <br />